3110 NW Monte Vista Terrace Portland, OR 97210

OPEN HOUSE SAT 5/10 1-3PM.Overlooking the City of Portland with iconic Mt Hood as a strong background presence stands this 1960 mid-century residence. Located in the established Kings Heights neighborhood, it was designed for entertaining friends and family with a Pacific Northwest flair.The residence was built as a prestigious Medallion Home and part of a program launched in 1957 by the National Electrical Manufacturers Association to promote the modern conveniences of electric fueled homes.Check out the unique doorbell plaque that proudly indicates you are about to enter a Medallion Home. The front door is flanked by 2 intricately carved wood panels of Native American totem art. Step inside and your jaw will drop. Front and center outside the walls of windows are expansive views of the city, Mt Hood, Mt Adams and the Willamette River. Vaulted tongue and groove clear vertical grain fir ceilings set a light and airy atmosphere. The public rooms flow into each other and create a spacious circular floor plan from the updated granite kitchen, to the dining area with a skylight. The living room sliders open to a deck and lead back to the cozy family room with a gas fireplace.The main floor primary suite offers views from both the bedroom as well as the freestanding soaking tub. The lower level has a well appointed second family room with wet bar for hosting parties that can spill out to the huge deck. A 3rd bedroom is on this level with a full bath across the hall- suitable for guests or an office. At the end of the street are Forest Park trails that lead to the Pittock Mansion and ancient forests. The setting is also ideal for serene birdwatching & observing wildlife.Highly desirable for it’s proximity to NW 23rd Ave, city center, Nike and High Tech industries without the use of freeways. Close to the Alphabet Historic District, Providence Park & The Pearl District. An oversized 3 car garage provides off street parking- a rare amenity in the NW Hills. [Home Energy Score = 1. HES Report at